765-4501/0100-0000
Functions
Product manual | Version: 1.1.0
27
8PORT IOL-A FLD EI DC 24V 2.0A
5
Functions
5.1 Process Image
This section describes the process data. The structure of the process data depends on
which connection (connection 1, connection 2 etc.) is used between the EtherNet/IP
scanner and the module. The module offers multiple connections; a connection was se-
lected during configuration of the EtherNet/IP scanner.
List of Connections
• Connection 1: Exclusive Owner – 32 bytes per IO-Link port
• Connection 2: Exclusive Owner – 32 bytes per IO-Link port without config
• Connection 3: Listen Only – 32 bytes per IO-Link port
• Connection 4: Input Only – 32 bytes per IO-Link port
• Connection 5: Exclusive Owner – 16 bytes per IO-Link port
• Connection 6: Exclusive Owner – 16 bytes per IO-Link port without config
• Connection 7: Listen Only – 16 bytes per IO-Link port
• Connection 8: Input Only – 16 bytes per IO-Link port
• Connection 9: Exclusive Owner – 4 bytes per IO-Link port
• Connection 10: Exclusive Owner – 4 bytes per IO-Link port without config
• Connection 11: Listen Only – 4 bytes per IO-Link port
• Connection 12: Input Only – 4 bytes per IO-Link port
The following sections describe the process image for each connection.
Input Process Data of Connections 1 to 4
The following table describes the structure of the input process data of connections 1
through 4.
Table 19: Input Process Data – Connections 1 to 4
Byte Off-
set
Byte
Count
Input Process Data
Description
1
1
DI status
0: DI data invalid.
1–255: DI data valid.
2
1
Dummy byte
Reserved, 0
3 ... 4
2
DI data
The port and pin assignment of process data depends
on the process data layout setting: pin-based or port-
based. See the following tables.
5
1
Port X01: IO-Link PQI
See
8
.
6
1
Dummy byte
Reserved, 0
7 ... 38
32
Port X01 (pin 4) functions as IO-
Link master: IO-Link input data
IO-Link input data of the IO-Link device on port X01.
For a description of the data, see the manual from the
manufacture of the IO-Link device used.
Port X01 (pin 4) functions as a
digital input: input data
Byte 7:
Bit 0 = 0: input off. Bit 0 = 1: Input on.
Bits 1 ... 7: always 0.
Byte 8 ... 38: reserved.
Port X01 (pin 4) functions as
digital output: output data
Byte 7:
Bit 0 = 0: output off. Bit 0 = 1: Input on.
Bits 1 ... 7: always 0.